# Course syllabus MTPT06_6B - Mechanics of rigid and flexible bodies (MTF - WS 2019/2020)

**ECTS**Syllabus

Slovak

**English**

University: | Slovak University of Technology in Bratislava | ||||||||

Faculty: | |||||||||

Course unit title: | Mechanics of rigid and flexible bodies | ||||||||

Course unit code: | MTPT06_6B | ||||||||

Mode of completion and Number of ECTS credits: | Exam (6 credits) | ||||||||

Name of lecturer: | Ing. Rastislav Ďuriš, PhD. (examiner) - slovak Ing. Lenka Kolíková, PhD. (examiner, instructor) Ing. Eva Labašová, PhD. (examiner, instructor, lecturer) - slovak doc. Ing. Milan Naď, CSc. (examiner, instructor, lecturer, person responsible for course) - slovak Ing. Tibor Nánási, CSc. (examiner, instructor) - slovak Ing. Ladislav Rolník, PhD. (examiner, instructor) - slovak | ||||||||

Learning outcomes of the course unit: | |||||||||

The aim of this course is to present basic knowledge of the following separate disciplines of solid mechanics: statics, kinematics and dynamics. The course content is designed to obtain fundamental knowledge of basic mass objects in an equilibrium or in a motion state. Students will be able to analyze mechanical systems in terms of statics, kinematics and dynamics.
They will be able to formulate and analyze relevant problems, set up their mathematical-mechanical model, to apply of loading and stress of simple mechanical systems. By the solutions this model, they obtain the knowledge about the properties and behavior of the mechanical system. | |||||||||

Prerequisites and co-requisites: | none | ||||||||

Course contents: | |||||||||

Basic concepts and laws of statics. Force systems-substitution and equilibrium. Statically determinate/indeterminate mechanical systems. Supports and connections. Determination of internal structural forces.
The equlibrium of objects in plane. Static analysis of moving and stationary multibody systems. Analysis of trusses. Friction and passive resistance. Kinematics of rigid bodies. The conditions and principles for plane motion of objects. Fundamental cases of rigid body motion. Relations between the kinematic variables. Kinematical analysis of plane linkage-analytical solution methods. Dynamics of mass particle and mass particles. Formulation of the equations of motion. Rigid body dynamics. Equations of motion and their solution. Dynamics of multibody system. Solution methods-free body diagram, method of reduction. Linear vibration of SDOF systems. | |||||||||

Recommended or required reading: | |||||||||

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Planned learning activities and teaching methods: | Lectures and computational exercises. | ||||||||

Assesment methods and criteria: | exam - written form | ||||||||

Language of instruction: | Slovak | ||||||||

Work placement(s): | There is no compulsory work placement in the course unit. |

*Last modification made by Bc. Jana Rohaľová on 12/20/2018.*